Kunyong Lyu

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About

Kunyong Lyu is a pioneering researcher at the intersection of robotic-assisted surgery and acoustic manipulation technologies. His work centers on two transformative areas: advancing minimally invasive surgical instrumentation and developing contactless robotic manipulation through acoustic holography. In surgical robotics, Lyu conducted groundbreaking motion analysis comparing straight, articulating, and precurved instruments for single-incision laparoscopic surgery, providing quantitative evidence that has informed instrument design for complex procedures. His most cited work (5 citations) established objective performance metrics across different instrument types, directly impacting surgical training and tool development. In a parallel frontier, Lyu has made significant contributions to real-time acoustic holography, developing physics-based deep learning approaches that enable dynamic 3D acoustic field reconstruction for contactless robotic manipulation. This work (4 citations) addresses the critical challenge of generating complex, time-varying acoustic fields using phased transducer arrays, opening new possibilities for non-invasive manipulation in biomedical and industrial applications. Lyu’s research uniquely bridges surgical precision engineering with cutting-edge acoustic physics, positioning him as an emerging leader in both medical robotics and contactless manipulation technologies.